Salpinx Grasping Forceps

The salpinx tube grasping forceps is a high-precision, non-traumatic surgical instrument specifically designed for gynecological laparoscopic procedures. Its primary function is to achieve exceptionally gentle grasping, traction, and fixation of the delicate fallopian tube tissue during various surgical interventions, including tubal ligation, anastomosis, ectopic pregnancy lesion removal, and infertility exploration. Through its sophisticated jaw design and superior operational performance, this product minimizes damage to the tubal mucosa and cilia, thereby preserving their physiological functions. It has become an indispensable tool in modern gynecological minimally invasive surgery.

Core Features and Values

1. Ultra-Non-Traumatic Grasping: Smooth or Micro-Serrated Jaw Surface

The inner surface of the jaws undergoes specialized polishing treatment or is designed with extremely fine, rounded anti-slip serrations. This configuration provides necessary friction to prevent tissue slippage while avoiding cutting or compression damage to the serosal layer and internal structures of the fallopian tube caused by sharp edges.

2. Exceptional Flexibility and Maneuverability

The forceps head features multi-dimensional flexible rotation capability, enabling easy navigation through the complex anatomical environment of the deep pelvis. It allows access and grasping of the fallopian tube from any optimal angle, facilitating precise exposure and manipulation. The ergonomic handle design, with its lightweight construction conforming to hand contours, offers excellent tactile feedback and operational sensitivity, significantly reducing surgeon fatigue during delicate procedures.

3. Superior Craftsmanship and Durability

The instrument is constructed using top-grade medical materials, with the main body made of high-strength stainless steel. This ensures excellent biocompatibility and corrosion resistance while maintaining long-term durability. Its universal compatibility features a standard diameter (typically 5mm) that perfectly adapts to mainstream laparoscopic trocar systems.